def display_cardlist(self):
print ("running display_cardlist")
window1 = tk.Tk()
window_label = tk.Label(window1, text = "window1")
window_label.place(x = 25, y = 25)
window_label.pack()
hand_separation = 1.04
X_GAP_factor = .8
self.CANVAS_W = 25 * self.X_GAP * X_GAP_factor * hand_separation + 25
self.X_GAP = 72 * X_GAP_factor
self.CANVAS_H = 8.2 * self.Y_GAP + 25
self.Y_OFFSET = 2.2 * self.Y_GAP
image_dict = create_card_images()
w2 = tk.Canvas(window1, height=self.CANVAS_H, width=self.CANVAS_W, bg="light blue")
xloc = self.X_OFFSET
yloc = self.Y_OFFSET
for card in self.cardlist:
print(card, image_dict[card],xloc, yloc)
w2.create_image(xloc, yloc, image=image_dict[card], anchor="nw", tags=("card"))
xloc += self.X_GAP
if xloc >= self.CANVAS_W:
yloc = yloc + self.Y_GAP
xloc = self.X_OFFSET
w2.pack()
w2.mainloop()
def display_6hands(self):
print ("running display_6hands")
window2 = tk.Tk()
hand_separation = 1.04
X_GAP_factor = .8
self.CANVAS_W = 30 * self.X_GAP * X_GAP_factor * hand_separation + 25
self.X_GAP = 72 * .8
self.CANVAS_H = 8.2 * self.Y_GAP + 25
self.Y_OFFSET = 2.2 * self.Y_GAP
card_image_dict = create_card_images()
w = tk.Canvas(window2, height=self.CANVAS_H, width=self.CANVAS_W, bg="light blue")
xloc = round(self.X_OFFSET)
# print ("right before entering first for loop")
# print (len(self.handslist))
for handx in self.pyramid_hands:
yloc = round(self.Y_OFFSET)
# print (handx)
for i in range(1, 7):
xloc_start = xloc
if handx != []:
X_GAP_Factor = 1
if len(handx[i]) > 5:
X_GAP_Factor = 5/len(handx[i])
for card in handx[i]:
# print(card, xloc, yloc)
w.create_image(xloc, yloc, image=card_image_dict[card], anchor="nw", tags=("card"))
xloc += self.X_GAP * X_GAP_Factor
xloc = xloc_start
yloc = yloc + self.Y_GAP
xloc = xloc_start + 5 * self.X_GAP * hand_separation
# show player_win_points using grid method
xloc = self.X_OFFSET
yloc = 30
player_win_points = self.player_win_points
# points display parameters
color = "white"
label_width = 4
line_height = 24
font_size = 16
for i in range(6):
total_points = 0
for j in range(6):
total_points += player_win_points[i][j][0]
# printing row labels
tk.Label(window2, text="H1", font=font_size, bg=color, width=label_width).place(x=xloc, y=yloc)
tk.Label(window2, text="H2", font=font_size, bg=color, width = label_width).place(x=xloc, y=yloc+1*line_height)
tk.Label(window2, text="H3", font=font_size, bg=color, width = label_width).place(x=xloc, y=yloc+2*line_height)
tk.Label(window2, text="H4", font=font_size, bg=color, width = label_width).place(x=xloc, y=yloc+3*line_height)
tk.Label(window2, text="H5", font=font_size, bg=color, width = label_width).place(x=xloc, y=yloc+4*line_height)
tk.Label(window2, text="H6", font=font_size, bg=color, width = label_width).place(x=xloc, y=yloc+5*line_height)
tk.Label(window2, text="Tot", font=font_size, bg=color, width = label_width).place(x=xloc, y=yloc+6*line_height)
for j in range(6):
player = self.player_names[j]
xloc = xloc + 38
if i == j:
player_win_points[i][j][1] = "-"
player_win_points[i][j][2] = "-"
player_win_points[i][j][3] = "-"
player_win_points[i][j][4] = "-"
player_win_points[i][j][5] = "-"
player_win_points[i][j][6] = "-"
player_win_points[i][j][0] = "-"
# displaying player name for player j on row 1
tk.Label(window2, text=player, font=("Arial 10 bold"), bg=color, width = label_width, anchor="e").place(x=xloc+2, y=yloc-1*line_height)
# displaying column of points for player j on rows 2-7
tk.Label(window2, text=str(player_win_points[i][j][1]), font=font_size, bg=color, width = label_width, anchor="e").place(x=xloc, y=yloc+0*line_height)
tk.Label(window2, text=str(player_win_points[i][j][2]), font=font_size, bg=color, width = label_width, anchor="e").place(x=xloc, y=yloc+1*line_height)
tk.Label(window2, text=str(player_win_points[i][j][3]), font=font_size, bg=color, width = label_width, anchor="e").place(x=xloc, y=yloc+2*line_height)
tk.Label(window2, text=str(player_win_points[i][j][4]), font=font_size, bg=color, width = label_width, anchor="e").place(x=xloc, y=yloc+3*line_height)
tk.Label(window2, text=str(player_win_points[i][j][5]), font=font_size, bg=color, width = label_width, anchor="e").place(x=xloc, y=yloc+4*line_height)
tk.Label(window2, text=str(player_win_points[i][j][6]), font=font_size, bg=color, width = label_width, anchor="e").place(x=xloc, y=yloc+5*line_height)
tk.Label(window2, text=str(player_win_points[i][j][0]), font=font_size, bg=color, width = label_width, anchor="e").place(x=xloc, y=yloc+6*line_height)
# displaying total points on row 8
tk.Label(window2, text=str(total_points),
font=font_size, bg=color, anchor="e", width=label_width).place(x=xloc, y=yloc+7*line_height)
xloc = xloc + hand_separation * 70
w.pack()
w.mainloop()
y,
image=image_dict[card[0:3]],
anchor="nw",
tag="best")
x += X_GAP * overlap_factor
x1 = x1 + 5 * X_GAP
x = x1
print("Server Received", idx, hand)
def start_game():
threading._start_new_thread(accepting_clients(server_socket))
player_hand_count = 0
results = tk.Tk()
image_dict = create_card_images()
X_GAP = 72
Y_GAP = 95
X_OFFSET = 13
Y_OFFSET = 7
y = Y_OFFSET
x = X_OFFSET
X_OFFSET = 11
w = tk.Canvas(results,
height=7 * Y_GAP + 10 + Y_OFFSET,
width=10 * X_GAP + X_OFFSET,
bg="light blue",
relief="raised")
w.pack()
window.mainloop()